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Duct Heat Loss: 10" Ducting Front
CellarPro Wine Cellar Buying Guide—Front Duct Heat Loss 10" BTUH Adjustment for 55°1
Total Linear Feet of Ducting (10" Diameter / R6 Insulation3)
Ambient2 Temperature | 20' | 40' | 60' | 80' | 100' | ||||
60°F | 87 | 175 | 262 | 349 | 436 | ||||
65°F | 131 | 262 | 393 | 524 | 654 | ||||
70°F | 175 | 349 | 524 | 698 | 873 | ||||
75°F | 218 | 436 | 654 | 873 | 1091 | ||||
80°F | 262 | 524 | 785 | 1047 | 1309 | ||||
85°F | 305 | 611 | 916 | 1222 | 1527 | ||||
90°F | 349 | 698 | 1047 | 1396 | 1745 | ||||
95°F | 393 | 785 | 1178 | 1571 | 1963 |
If you will be ducting the cold air supply and return air to and from a wine cellar, the "heat loss" through the ducting must be considered when sizing the cooling unit. This table calculates the heat loss given: 1) The ambient temperature where the ducting is located, 2) Total length of the ducting, assuming R6 insulation and wine cellar temperature at 55°F. When calculating the thermal load of your wine cellar in a front-ducted application, always consider the BTUH from the table above, and add it to the box load from our other tables.
- The table calculates the additional BTUH to be added to box load for the wine cellar, assuming R6 insulation on the ducting and 55°F temperature inside the cellar.
- Select the BTUH based on the ambient temperature in the area through which the ducting will be located.
- Select the BTUH based on the TOTAL linear feet of ducting (ie add the linear feet for both the supply and return air to/from the wine cellar. It is not necessary to add the linear feet, if any, from ducting the rear (ie hot air supply and return) of the cooling unit.